Research at VIMS Lab


Research Summary


Bioinformatics
Deformable Models
Structure and Nonrigid Motion
Tracking and Scene Flow
Shape Models
Synthesis and Animation

Research Related Links


Bioinformatics
Thitiwan Srinark
  • Analysis of Microarray Images 
  • Protein-Protein Docking Problem

  • Deformable Models
    Yusuf Akgul
    • Analysis of The Tongue Movement
    • A New Method for Deformable Contour Optimization
    • Evolving Dual-Mesh for Surface Reconsruction from Stereo Data
    • Visualization and Estimation of Non-Rigid Motion 

    •  
    Thitiwan Srinark
    • A Framework for Multiple Snakes for Mutiple Object Extraction
    Min Li
    • Ultrasound Tongue Surface Tracking

    Structure and Nonrigid Motion
    Lin Zhou
    • Structure and Nonrigid Motion Model-based Structure and Nonrigid Motion Analysis Using Extended SuperquadricsAnalysis of 2D Satellite Cloud Image Sequences
    Pavel Laskov
    • Comparison of 3D Algorithms for Non-rigid Motion and Correspondence Estimation
    • Tracking Non-Rigid Objects using Functional Distance Metric
    • Extensions of Differential-Geometric Algorithms for Estimation of 3D Non-Rigid Motion and Correspondence

    Tracking and Scene Flow
    Ye Zhang
  • Automatic Facial Feature Extraction / Face Recognition
  • Robust 3D Head Tracking Under Partial Occlusion
  • 3D Scene Flow and Structure Estimation

  • Shape Models
    Lin Zhou
    • Extending Superquadrics with Exponent Functions
    • Representing and Recognizing Complete Set of Geons Using Extended Superquadric


    (C) VIMS Lab, Department of Computer and Information Sciences, University of Delaware